Strong Load Bearing High Rigidity YH Series High Precision Electric Cylinders with Torsion Resistance
Product Description
Strong Load Bearing High Rigidity YH Series High Precision Electric Cylinders with Torsion Resistance
The YH series high-precision electric cylinders are custom-built for high-end industrial automation scenarios, integrating precision manufacturing processes and innovative structural design to redefine the performance boundaries of linear drive systems. Their core technical features and application scenarios are as follows:
Core Features
Ultra-Precise Idle Stroke Control: Adopting a combination of preloaded ball screws and high-precision bearing assemblies, paired with a closed-loop control system, the idle stroke is precisely controlled within 0.1mm. A dynamic torque compensation algorithm eliminates positioning errors caused by transmission backlash, ensuring stable positional repeatability even under frequent start-stop conditions.
Enhanced Heavy-Duty Vertical Load Capacity: Vertical load-bearing capacity is increased by over 5 times compared to traditional designs, with maximum lifting weight exceeding conventional industry limits. This performance breakthrough stems from a symmetrical dual-rail layout and reinforced slider structure, combined with high-torque output of servo motors, enabling stable handling of vertical lifting requirements for large workpieces.
Significantly Improved Torsional Rigidity: Featuring an original embedded dual V-groove rail design, enhanced by thickened rail steel strips and precision grinding processes, lateral torque resistance is tripled compared to previous-generation micro rails. Even under high eccentric loads or dynamic impacts, it maintains ±0.02mm linear accuracy, making it suitable for scenarios with extremely high demands for motion stability, such as precision assembly and inspection.
C7-Grade Precision Transmission Assurance: Equipped with C7-grade rolled ball screws and paired with precision grinding processes, it achieves ±0.02mm linear accuracy over the full stroke. Compared to traditional cutting processes, rolled screws maintain high precision while significantly improving fatigue resistance life and load capacity, making them particularly suitable for industrial environments with long-term high-load operation.
Application Scenarios
Semiconductor Wafer Handling: In cleanroom environments, YH electric cylinders achieve precise pick-and-place of wafers with ±0.02mm positioning accuracy. Their 5x enhanced vertical load capacity stably supports 300mm wafer carriers, while anti-torsion design effectively suppresses vibration interference during high-speed movement.
Automotive Component Press-Fitting: At engine block press-fitting stations, YH electric cylinders enable precise control of press-fitting force through 2T dynamic load and low idle characteristics, cooperating with vision systems to complete precision assembly with millimeter-level tolerances.
Medical Imaging Equipment: In CT scanner table lifting systems, YH electric cylinders operate quietly (≤55dB) with an ultra-long service life (100,000 cycles), meeting the dual requirements of stability and safety in medical environments. The IP65 protection rating withstands daily cleaning and disinfection.
YH25
Standard motor output(W)
200W
57 Stepper
Rated torque(Nm)
0.64
0.3
Screw grade
C7 Rolling(Slenderness ratio 1:52.5)
Repeatable positioning accuracy(mm)
±0.02
Lead(mm)
5
10
20
5
10
20
Rated thrust (N)
690
350
175
300
150
75
Max speed(mm/s)
250
500
1000
50
200
400
Stroke (mm)
30,50,100,150,180,200,250,300.350
Max load(kg)
Horizontal
12
Vertical
20
The body weight of Omm stroke (kg)
1.5
Weight added per 50mm (kg)
2
The component weight of direct installation motor (kg)
0.26
The component weight of indirect installation motor (kg)
0.43
Magnetic switch
CS1-H-1M
Contact type reed switch,wire length 1m
CS1-HN-3M
Contactless transistor NPN type,wire length 3m
CS1-HP-3M
Contactless transistor PNP type,wire length 3m
Type
Standard motor output(W)
Rated torque(Nm)
Screw grade
Repeatable positioning accuracy(mm)
Lead(mm)
Rated thrust(N)
Max speed(mm/s)
Stroke(mm)
Max load (kg)
The body weight of Omm stroke (kg)
Weight added per 50mm (kg)
The component weight of direct installation motor (kg)
The component weight of indirect installation motor(kg)